CN201976500U - Self-seeping flowerpot cover plate capable of water storage - Google Patents

Abstract

The utility model relates to an improved structure of a gardening or flower pot container. The water-storage and self-seepage flowerpot cover plate of the utility model is placed above the common flowerpot, and is used for self-seepage irrigation of the crops in the flowerpot. It is composed of a water storage base plate and a cover plate covering it. The water storage base plate is an arc-shaped concave body whose outer diameter is equivalent to the inner diameter of the flowerpot, and its center is a protruding cylindrical hollow cylinder. The side wall is provided with a plurality of seepage holes at a certain height, and the cover plate is a ring-shaped cover plate, and the diameter of the inner ring hole in the center is equivalent to the outer diameter of the hollow cylinder. The utility model adopts the above scheme, which has advantages: 1. The application range is wider and the applicability is good; 2. The irrigation method is more reasonable, which is beneficial to the growth of plants; 3. It can be used to collect rainwater into the water storage chamber and make use of it; 4. Potted flowers are less likely to be polluted and more beautiful.

Description

Water-storage and self-permeable flowerpot cover

technical field

The utility model relates to the container structure of A01 (agriculture, forestry, animal husbandry, hunting, trapping, fishing)-A01G (cultivation of gardening, vegetables, flowers, rice, fruit trees, grapes, hops or sea vegetables) in the IPC classification table. In particular, it relates to improved structures for horticultural or floral pot containers.

Background technique

In the field of production and life, flower pots are widely used items for gardening or flower cultivation. It is a container for flowers, in the shape of a round table or a chamfered table with a large mouth and a small bottom, and its texture is mostly clay, porcelain, plastic and wood products. And general flowerpot does not possess the function of water storage and self-seepage, can only be watered regularly by manual, to guarantee the normal growth of cultivated flowers or trees. When people go out and cannot regularly water, it will affect the normal growth of flowers or trees, so there is a proposal for an improved flowerpot for water storage and self-seepage.

For example, the patent scheme of Chinese Patent Publication No. "CN 201001310" proposes a self-seeping flower pot, which is composed of a pot body, a pot edge, and a pot bottom, and the bottom of the pot has drainage holes; the pot body is a double-layer structure of an inner layer and an outer layer. , the inner layer is a porous water-permeable wall layer, the outer layer is a water-blocking wall layer, the interlayer space between the inner layer and the outer layer is a liquid storage chamber, the edge of the basin is concave, and the concave portion is provided with a liquid inlet. Another Chinese Patent Publication No. is that the patent scheme of " CN2427055 " proposes a kind of self-watering flower pot, and it is made of water inlet hole, outer wall, seepage hole, inner wall, water-holding cavity, and the inner wall of its cylindrical shape is installed on On the outer wall of the cylindrical shape, its circular hole-shaped water inlet hole is installed on the inner wall of the cylindrical shape to form a cylindrical inner wall structure with holes. Its water inlet hole makes the water circulate in the water chamber by connecting the water inlet pipe, so as to realize the function of self-collecting water from watering.

Although the technical solutions of these two patents have all realized the automatic watering flower pot with the function of water storage and self-seepage, there are following problems:

1. The above-mentioned flowerpots are all improved flowerpot structures, which must be specially processed and shaped, and cannot be applied to existing ordinary flowerpots. Therefore, the scope of application is limited and the applicability is poor.

2. The water storage positions of the above-mentioned flower pots are all around the cavity of the inner wall and outer wall of the flower pot holding the soil. Therefore, the soil is soaked in water relative to the whole root, which is not good for the growth of some plants.

3. The above flower pots must be supplied with water separately to ensure that the water in the water storage chamber can be used for irrigation. Therefore, it does not have the function of collecting rainwater and utilizing it at ordinary times.

4. The soil in the above-mentioned flower pots is directly exposed above the flower pots, which is easily polluted and unsightly.

Utility model content

Therefore, in view of the above problems, the present invention proposes a water-storage and self-seepage flowerpot cover structure that can be used in ordinary flowerpots, irrigate above the soil, collect rainwater, and make the flowerpots cleaner and more beautiful.

The technical scheme of the utility model is:

The water-storage and self-seepage flowerpot cover plate of the utility model is placed above the ordinary flowerpot (10), and is used for self-seepage irrigation of crops in the flowerpot (10). It is composed of a water storage chassis (20) and a cover pan (30) covering it. The water storage chassis (20) is an arc-shaped concave body whose outer diameter is equivalent to the inner diameter of the flower pot (10). The center is a protruding cylindrical hollow cylinder (202), and its side wall is provided with a plurality of water seepage holes (201) at a certain height. The cover plate (30) is an annular cover plate, and the central inner The hole diameter of the ring (302) is equivalent to the outer diameter of the hollow cylinder (202).

Further, the hollow cylinder (202) is cylindrical, and the inner ring (302) is circular.

Alternatively, the hollow cylinder (202) is in the shape of a square column, and the inner ring (302) is in the shape of a square hole.

Further, the cover plate (30) is provided with a plurality of through holes (301).

Further, the water seepage hole (201) is penetrated with cloth strips or capillary core wires (40).

Further, the water storage chassis (20) is an openable or closable hinge structure composed of left and right parts and a hinge part.

The utility model adopts the scheme and has the following advantages:

1. The water-storage and self-permeable flower pot cover plate of the utility model is directly covered on the existing ordinary flower pot. Therefore, the application range is wider and the applicability is good.

2. The water storage position of the water-storage and self-seepage flowerpot cover of the utility model is above the soil. Therefore, the irrigation method for potted flowers is more reasonable, which is beneficial to the growth of plants and will not cause root rot.

3. The water-storage and self-seepage flower pot cover plate of the utility model can be used to collect rainwater into the water storage cavity and utilize it in rainy days.

4. The water-storage and self-seepage flowerpot cover plate of the utility model can prevent the soil in the flowerpot from being directly exposed above the flowerpot. Therefore, potted flowers are less likely to be polluted and more attractive in appearance.

Description of drawings

Fig. 1 is a structural sectional view of the utility model.

Fig. 2 is a top view of the cover plate of the present invention.

Fig. 3 is a top view of the water storage chassis of the present invention.

Fig. 4 is a schematic diagram of the usage state of the utility model.

Explanation of reference numbers:

10: flowerpot

20: Water storage chassis

201: seepage hole

202: hollow cylinder

203: inner cavity of cylinder

30: cover plate

301: Through hole

302: Inner ring hole

40: Cloth strip or capillary core wire

50: Floral Plants

60: Soil

70: water.

Detailed ways

The utility model is further described now in conjunction with accompanying drawing and specific embodiment.

Referring to Fig. 1 and Fig. 4, the water-storage and self-seepage flowerpot cover plate of the present invention is placed above the common flowerpot 10, and is used for self-seepage irrigation of the crops in the flowerpot 10. It is made up of a water storage base pan 20 and a cover pan 30 covering it.

Referring to Figures 1 and 3, the water storage chassis 20 is an arc-shaped concave body whose outer diameter is equivalent to the inner diameter of the flowerpot 10, and its center is a protruding columnar hollow cylinder 202, and its side walls must be A plurality of seepage holes 201 are arranged on the height. The arc-shaped concave body of the water storage chassis 20 is used to store water, and the flowers and plants 50 in the flowerpot 10 are irrigated with self-seepage water through a plurality of water seepage holes 201 on the side wall. When the water level in the water storage chassis 20 exceeds the water seepage hole 201 height, just can flow into the flower pot 10 along the outer wall of the water storage chassis 20. Preferably, the seepage hole 201 is provided with a cloth strip or a capillary core thread 40 through which the water in the water seepage hole 201 can be prevented from penetrating too fast, so that the water in the water storage chassis 20 If the flow is too fast, the soil 60 in the bottom of the flower pot 10 can be slowly and evenly automatically infiltrated and irrigated through the capillary infiltration of the cloth strip or the capillary core wire 40 .

Referring to FIG. 1 and FIG. 2 , the cover plate 30 is an annular cover plate, and the diameter of the central inner ring 302 is equivalent to the outer diameter of the hollow cylinder 202 . The cover plate 30 covers the above-mentioned water storage base plate 20, which can be used to prevent the water 70 in the water storage base plate 20 from evaporating too quickly, and it is also more beautiful. Various beautiful patterns can be distributed on the cover plate 30 to make it more beautiful. Preferably, the cover plate 30 is provided with a plurality of through holes 301 . Through the design of the through hole 301, when the flowerpot of the present invention is placed outdoors, if it is raining, the rainwater can be collected through the through hole 301 to the water storage chassis 20 below and utilized.

Referring to Fig. 2 and Fig. 3, in a preferred embodiment, the hollow cylinder 202 of the water storage base plate 20 is cylindrical, and the inner ring 302 of the cover plate 30 is a circular hole, and the cover is matched with it. The hollow cylinder 202 can just be exposed on the inner ring 302 of the disc 30 to prevent the cover disc 30 from moving left and right. Of course, if the hollow cylinder 202 is in the shape of a square column, the inner ring 302 is also in the shape of a square hole to match it.

The general flower pots 10 are circular flower pots, therefore, the water storage base plate 20 and the cover plate 30 are also designed in a circular shape. If other flower pots of special shape are suitable for it, the water storage chassis 20 and the cover plate 30 are also designed into corresponding shapes to cooperate with it.

Referring to Fig. 4, the plants are planted on the soil 60 in the flower pot 10, and then the water storage chassis 20 and the cover plate 30 of the present utility model are placed on the top of the flower pot 10, and the height of the soil 60 is slightly lower than the water storage chassis 20 height position, and stretch cloth or capillary core wire 40 into the soil 60 below, open the cover plate 30, inject an appropriate amount of water 70 into the arc-shaped concave body of the water storage chassis 20, and then cover the cover plate 30 . The flower plant 50 protrudes from the inner chamber 203 of the hollow cylinder 202, so that the soil 60 in the flowerpot 10 can be prevented from being directly exposed above the flowerpot 10, so the potted flowers are less likely to be polluted and more beautiful. And only need to place the water storage base plate 20 and the cover plate 30 of the present invention on the top of the flower pot 10, can realize the automatic seepage irrigation function, do not need to modify the flower pot, therefore, the scope of application is wider. Furthermore, the water-storage and self-seepage flowerpot cover plate of the present utility model can be used to collect rainwater into the water storage cavity of the arc-shaped concave body and utilize it in rainy days, which is very convenient.

Due to the limited diameter of the cylindrical cavity 203 of the columnar hollow cylinder 202 of the water storage chassis 20, some flowers and plants are not easy to protrude from the cylinder cavity 203 of the hollow cylinder 202, or the water storage chassis 20 is inserted into the flower plant 50 Sometimes, the delicate flowers and plants themselves will be damaged due to the limitation of the inner cavity 203 of the hollow cylinder 202, which will cause inconvenience in use. Preferably, the water storage chassis 20 may adopt an openable or closable hinge structure (not shown in the figure) composed of left and right parts and a hinge component. That is, the circular water storage chassis 20 is composed of two independent semicircular parts on the left and right, and forms an openable or closable hinge structure through a hinge part. Each of the semicircular parts is a recessed cavity structure, so that the water 70 can be accommodated in the water storage chassis 20 respectively. Alternatively, when a square water storage chassis 20 is used, the water storage chassis 20 is formed by hinged left and right independent rectangular cavity parts. When installing the water-storage and self-seepage flowerpot cover plate of the present utility model, different from the above-mentioned installation method, the left and right parts of the water storage chassis 20 of the hinged structure are opened first, and then the flowers and plants 50 are placed in the center. Close the hinged structure again, and finally put the cover plate 30 into the cylindrical hollow cylinder 202, cover the cover plate 30, and after covering the cover plate 30, the water storage chassis 20 of the hinged structure is always closed. state and no longer open.

Although the utility model has been specifically shown and described in conjunction with preferred embodiments, those skilled in the art should understand that, without departing from the spirit and scope of the utility model defined by the appended claims, changes in form and details may be made. Making various changes to the utility model is within the protection scope of the utility model.

Claims (6)

1. capable of storing water is from the flowerpot shrouding disc that oozes, be positioned over common flowerpot top, it is characterized in that: be to constitute by water storage chassis (20) and the shrouding disc (30) that is placed on its top, described water storage chassis (20) is the external diameter arc-shaped recess body suitable with flowerpot (10) internal diameter, its central authorities are the hollow cylindrical shell (202) of the column of a protrusion, its sidewall certain altitude is provided with a plurality of infiltrations hole (201), described shrouding disc (30) is a circumferential butt, and interior ring (302) aperture of its central authorities is suitable with the external diameter of described hollow cylindrical shell (202).

2. capable of storing water according to claim 1 is from the flowerpot shrouding disc that oozes, and it is characterized in that: described hollow cylindrical shell (202) is cylindric, and described interior ring (302) is a circular hole.

3. capable of storing water according to claim 1 is from the flowerpot shrouding disc that oozes, and it is characterized in that: described hollow cylindrical shell (202) is a flat column, and described interior ring (302) is the square hole shape.

4. capable of storing water according to claim 1 is from the flowerpot shrouding disc that oozes, and it is characterized in that: described shrouding disc (30) is provided with a plurality of through holes (301).

5. capable of storing water according to claim 1 is from the flowerpot shrouding disc that oozes, and it is characterized in that: described infiltration hole (201) is penetrated with cloth or capillary heart yearn (40).

6. capable of storing water according to claim 1 is characterized in that from the flowerpot shrouding disc that oozes: described water storage chassis (20) but be the hinge typed structure of the closure or openness that constitute by a left and right sides two parts and a hinge member.

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